70 results about "Modular unit" patented technology

The present invention discloses a wire surface anti-rust lubrication treatment device and treatment process, belonging to the technical field of anti-rust lubrication treatment devices. The device includes: a pretreatment component, a high-temperature phosphating component and a post-treatment component. Through ingenious mechanical collaborative design, this solution seamlessly integrates the four functions of sampling, sealing, observation and cleaning reset. Utilizing the mechanical energy released by this single-driven action of sampling, it automatically triggers the pressing and sealing of the sample in sequence, forming a complete low-energy consumption monitoring closed loop, abandoning the redundant mode of traditional multi-power source independent drive. At the same time, this integrated and modular design fundamentally improves the maintainability of the device: its unique self-sealing structure and the automatic reset flushing realized by the cleaning component using the friction difference make it difficult for key components to remain corrosive substances. During maintenance, only the modular unit needs to be quickly processed, greatly reducing the operation and maintenance complexity and ensuring the reliability and service life of the long-term operation of the device.

The utility model discloses a modular unit quick replacement structure of a combined type pipe orifice heating auxiliary device, which can quickly replace a heating ring, and when the heating ring breaks down or heating rings with different powers need to be replaced according to different pipe orifice specifications, an old ring can be conveniently detached from a mounting seat and a new ring can be conveniently mounted, so that the use is convenient. The whole device does not need to be adjusted or replaced complexly, so that the downtime of equipment is greatly shortened, and the production efficiency is effectively improved. The device has automatic unlocking and locking functions, when a heating ring is installed, a conductive conical block is inserted into a connecting hole, a triangular locking block is pushed to overcome the elastic force of a third spring to slide into a locking hole, and the triangular locking block pops up and is clamped after being in place, so that stable mechanical and electrical connection is guaranteed; during disassembly, the pressing plate is pressed to enable the conductive conical block to descend, the unlocking conical block pushes the triangular locking block to relieve clamping, the pressing plate is loosened, the conductive conical block pops up, automatic unlocking is achieved, and the heating ring is conveniently taken out.

The invention belongs to the technical field of automatic assembly equipment, and particularly relates to a motorcycle starting relay full-automatic assembly machine which comprises an upper cover rivet assembly equipment unit, a rivet riveting equipment unit and a detection and separation equipment unit. A rivet riveting equipment unit and a detection and separation equipment unit are sequentially mounted behind the upper cover assembling rivet equipment unit; a plurality of spiral feeding discs used for feeding are arranged around the upper cover assembling rivet equipment unit, the rivet riveting equipment unit and the detecting and separating equipment unit. Through the layout of series connection and centralized feeding of the modular units, an integrated automatic production line covering the relay core assembly process is constructed, a complete physical system is provided for unmanned operation in the whole process from spare parts to finished products, and therefore the production efficiency is greatly improved for greatly reducing dependence on links such as manual feeding, alignment, pressing and locking. And a structural foundation is laid for improving the stability of the whole production takt and the consistency of product assembly.

This invention discloses a double-disc paper cup and bowl forming machine, including a base and multiple independent functional modules detachably mounted on the base. The functional modules include a cup-sticking module, a cup-flipping and cup-topping mechanism, a bottom-punching device, a bottom-rolling device, a main turntable module, and a rim-rolling module. It also includes an independently configured drive assembly, comprising a main turntable grooved wheel box and a rim-rolling grooved wheel box. The main turntable module and the rim-rolling module form a double-disc workstation structure. The main turntable module is independently driven by the main turntable grooved wheel box, and the rim-rolling module is independently driven by the rim-rolling grooved wheel box. Each functional module and drive assembly is an independently detachable unit structure. This invention designs each process device and drive assembly as an independent, detachable modular unit. If a single module fails, it can be directly disassembled and replaced without disassembling the entire machine, significantly reducing maintenance difficulty and downtime. Simultaneously, the modular and compact layout reduces the overall footprint of the equipment, improving workshop space utilization.

The invention discloses a modular room size automatic measurement method based on a structure chart and a measurement chain, and belongs to the crossing field of computer vision and artificial intelligence. The method comprises the following steps: firstly, acquiring three-dimensional point cloud data of a concrete module unit to be measured by using a high-precision laser scanner, and obtaining a structure plane set with millimeter-level precision through structure priori guided graph-cut plane segmentation; semantic classification is carried out by extracting multi-scale geometric features and room-level context features, and a plane set with labels is output; constructing a structure chart based on the spatial topological relation and the semantic information; then defining a basic measurement unit, and automatically compiling a high-level measurement task into an ordered measurement chain; and finally, sequentially executing the measurement chain, binding real point cloud coordinates, and outputting a measurement result with deviation judgment. According to the method, full automation from the point cloud to the structure diagram to interpretable measurement is realized, and the method has millimeter-level precision, interpretability and module reusability, and is suitable for factory quality inspection of concrete modular buildings.

According to the LED screen device with the modularized unit screen grids and the wireless hard connection, an LED display screen with modularized and standardized design is achieved, hard connection and automatic locking between the display unit screen grids, one-key quick disassembly and arbitrary expansion between the display unit screen grids are achieved, leveling and wire connection are not needed, and the LED screen device is convenient to use and easy to popularize. When one display unit screen grid is added, only the display unit screen grid needs to be inserted for use, other operations are not needed, when one display unit screen grid is reduced, only one display unit screen grid needs to be pulled out, and the use of other display unit screen grids is not influenced. No matter how large the screen is, the screen can be quickly disassembled into unit modules, so that the screen is convenient to move and transport. Professionals are not needed during assembly, engineering products are household appliances and'fool ', a user can easily and quickly complete installation, use, maintenance and updating, infinite extension, random combination, random increase and decrease, flexible use and random switching of fixed installation and moving environments of the products, the user can freely extend the screen size, and wiring is not needed in the installation process.

The utility model discloses a high-efficiency multistage sealing centrifugal pump, which relates to the technical field of centrifugal pumps and comprises a base, a buffer pad fixedly connected to the bottom surface of the base, a fixing seat fixedly connected to the top surface of the base, a centrifugal pump unit fixedly connected to one end of the top surface of the base, and a centrifugal pump unit arranged at one end of the top surface of the base. A modular unit is arranged at the input end of the centrifugal pump unit, and an auxiliary water inlet unit is arranged on the side face of the modular unit; water flow enters the shell from the fixing frame, the driving motor drives the rotating shaft to rotate at the moment, the centrifugal rotating disc fixedly connected with the rotating shaft is driven to rotate, the water pushing plates on the surface of the centrifugal rotating disc stir the water flow at the moment, centrifugal force is generated through rotation, and the water flow can have enough power to rush out from the interior of the water outlet. And the water flow is pumped to a required position.

A system of modular units 502,504,506,508 attachable to create an inclined cascade drainage channel 500 on a slope, each unit (individually shown in Fig 1), having a floor 502a,504a,506a,508a (112) an

This invention relates to the field of electronic motherboard testing technology, and in particular to an automated testing device for electronic motherboards, comprising a base plate, on the upper side of which are arranged a lower testing mechanism, an upper testing mechanism, and a cooperating testing mechanism. The invention, by setting up the upper testing mechanism and the cooperating testing mechanism, achieves a high degree of automation and flexibility in electronic motherboard testing, significantly improving testing efficiency and reducing reliance on manpower and operational difficulty. The upper testing mechanism is equipped with a cooperating frame with a multi-functional positioning slot, and important testing modules such as network card testing boards and graphics card testing boards are fixed to it using magnetic attraction and limiting blocks, making the entire testing fixture a modular unit that can be quickly disassembled and replaced. When changing product models, the operator only needs to move the locking group to remove the entire cooperating frame along with all the testing modules on it and replace it with another pre-assembled module, eliminating the need for tedious screw removal and position calibration of individual components.

A modular crib unit, a crib frame and a crib. The modular unit includes a frame member, a first connection mechanism and a connector. The connector is fixedly connected to the frame member to form a second connection mechanism. When adjacent modular units are assembled, the first connection mechanism and the second connection mechanism are connected and locked to each other.

The application discloses a full-assembly multi-stage adjustable ballastless track suitable for large deformation and an adjusting method and construction method thereof, wherein a track slab comprises two concrete longitudinal beams and connecting steel parts thereof, and limiting bosses are arranged on the two outer sides; a base comprises two L-shaped concrete longitudinal beams and connecting steel parts thereof, a vertical side inner side is provided with a groove, the boss is embedded into the groove, a vertical matching surface is filled with resin, and the rest vertical contact surfaces are provided with elastic buffer pads; truss steel bars embedded in the bottom of the base extend into a self-compacting concrete layer to form a composite beam; and a mortar adjusting layer is arranged between the track slab and the base. The thickness of the mortar adjusting layer is changed to realize height adjustment, and the thickness of the filled resin is changed to realize transverse adjustment; the track slab and the base are both modular units and can be replaced individually; the groove, the boss, the buffer pad and the resin are all exposed and arranged without hidden layers. The application realizes full-assembly construction, constructs a three-stage adjusting system, greatly improves the deformation adaptation capability of the foundation, and is convenient to maintain.

This invention discloses an ecosystem and configuration method based on smart gloves and modular functional units, relating to the field of human-computer interaction device technology. The system includes a smart glove and a modular power supply and identification unit. The smart glove includes a gesture recognition unit, a laser interaction unit, and a main control unit. The modular unit is a detachable physical module that integrates a battery and an identification chip storing a unique identifier. When the main control unit detects a connection to the modular unit, it reads its identifier and determines the associated personalized function configuration accordingly. This configuration includes at least the setting of a gesture command set or a laser working mode, thereby dynamically reconfiguring the smart glove. The corresponding method includes the steps of detecting connection, reading the identifier, obtaining configuration, and performing reconfiguration. This invention, by deeply integrating user identity and personalized configuration into detachable physical hardware, achieves seamless, secure, and personalized switching of the smart glove in multi-user scenarios and constructs a scalable service ecosystem based on the hardware carrier.

This invention discloses an installation method suitable for complex multi-curved curtain walls, including factory pre-assembly and verification, modular disassembly and transportation, and on-site assembly and overall lifting. The factory pre-assembly and verification includes creating a BIM diagram, assembling the scattered keel and panels into a complete complex multi-curved curtain wall using a factory jig, and verifying errors by comparing the results with the BIM diagram using 3D laser scanning. The modular disassembly and transportation involves disassembling the complex multi-curved curtain wall into several modular units and transporting them to the construction site using transport jigs. The on-site assembly and overall lifting method includes erecting an on-site jig, assembling each modular unit on the jig to obtain a complete complex multi-curved curtain wall structure, and simultaneously lifting and installing the complex multi-curved curtain wall as a whole using multiple hoisting devices. This invention improves the installation quality and accuracy of complex multi-curved curtain walls.

The invention discloses a modularized square cabin control tower structure and a construction method thereof.The modularized square cabin control tower structure comprises a tower drum body, an equipment room, a lookout room, a top platform and antenna equipment, the tower drum body is arranged on the ground, the equipment room is arranged in the circumferential direction of the top of the tower drum body in a protruding mode, and an inner cavity of the tower drum body communicates with an inner cavity of the equipment room; the outlook room is arranged at the top of the equipment room; the top platform is arranged at the top of the lookout room; the antenna equipment is arranged at the top of the top platform; the equipment room and the tower drum main body are respectively formed by splicing a plurality of square cabin units; the method comprises the steps of site selection and foundation treatment, factory prefabrication, transferring and conveying, hoisting and splicing, system connection and debugging and acceptance. The tower structure adopts a modular design, can be flexibly combined, is integrally of an on-site assembled structure, reduces the construction cost, shortens the construction period, and is worthy of popularization and application.

This utility model discloses an exterior wall drip edge and an exterior wall waterproofing structure, specifically relating to the field of building technology. It includes a bent plate, wherein the vertical rear portion of the bent plate has a sliding groove, and the upper horizontal portion of the bent plate has several water-guiding grooves. Both ends of the bent plate are fixedly connected to splicing components, and the lower end of the horizontal portion of the bent plate is fixedly connected to a sound insulation component. The exterior wall drip edge and exterior wall waterproofing structure of this utility model, through a locking mechanism, can adopt a "insert-rotate adjustment" quick installation mode, significantly shortening the construction cycle. It avoids the problems of difficult separation after adhesive aging or leaving marks on the wall due to drilling fixation, significantly reducing later maintenance costs and difficulty. The splicing components can adapt to different window and exterior wall lengths, and can be freely combined through standard modular units. Extension can be achieved by adding splicing units without the need for customization, greatly improving construction flexibility.

This invention discloses a fully automated integrated circuit film expansion device, belonging to the field of semiconductor device manufacturing. It includes a main machine body with automatic loading and unloading modules arranged around its perimeter. An automatic die removal module is located inside the main machine body. An inverted die expansion module is located on one side of the automatic die removal module, and an automatic film transfer module is located above the inverted die expansion module. This invention can handle the entire process from product loading to unloading. Through modular units such as automatic loading, precise die removal, uniform film expansion, online detection, intelligent film transfer, and automatic unloading, it achieves full automation, high precision, and traceability of the wafer film expansion process, significantly improving the efficiency and yield of the pre-packaging process.

The present application relates to a roof curtain wall system with waterproof structure, which comprises a plurality of modular units capable of orderly splicing, the modular unit comprises a roof laid along the extension direction of the longitudinal pipe with the horizontal pipe as the support beam on the frame structure constructed by a plurality of horizontal pipes and longitudinal pipes, any roof laid on the longitudinal pipe with arc extension direction can be arranged in a way that at least part of the structure exists a drop relative to the other roof adjacent to it, so as to form an arc structure with corresponding slope, the drainage channel of the arc structure comprises a side ditch arranged on the side of the longitudinal pipe, wherein the side ditch is arranged at least on the side of the longitudinal pipe corresponding to the inside of the arc of an arc structure.

The invention discloses a mechanical arm balance weight self-adjusting structure and a modular unit material grabbing and transferring robot thereof, belongs to the field of material transferring equipment and is used for material transferring. The telescopic end of a first electric push rod of a clamping mechanical claw is hinged to a clamping arm through a hinged hinge rod, and a rotating shaft is arranged on the clamping arm; the vertical moving mechanism drives the clamping mechanical claw to vertically ascend and descend through the lifting pipe, the clamping mechanical claw is rotationally connected with the lifting pipe through a rotating shaft in the middle of a clamping arm, the vertical moving mechanism is fixedly connected with the transverse pipe, a balancing weight is arranged in the transverse pipe in a sliding mode, and the balancing weight is connected with the clamping mechanical claw through a reverse lateral moving mechanism. The clamping mechanical claw and the balancing weight are arranged at the two ends of the transverse pipe respectively. According to the modular unit material transfer device, modular unit material transfer can be achieved, mechanical linkage adjustment of the self counterweight position can be achieved in the transfer process according to the opening angle of clamping of the clamping mechanical claw, and the stability and reliability in the material transfer process are guaranteed.

A beam 1 is suitable for forming composite beams of a frame of a modular building. The beam has means for rigidifying a connection 11 of a flange 7 of the beam to a flange of a stacked-adjacent beam

One or more coupling mechanisms for a modular system are provided. The coupling mechanisms work with modular units in a system, such as modular tool storage units. The coupling systems are configured to couple with and integrate various objects into the modular system, such as bags and tools. The coupling systems include various configurations of male and female couplers to facilitate coupling with utility modules including corresponding male and female couplers.

A method of constructing a system comprising one or more surgical arms, comprising: providing: a plurality of modular units, each modular unit comprising at least one surgical arm attached to at least one motor unit configured for actuating movement of the surgical arm; coupling one or more modular units to each other in an attachment configuration; displaying on a user interface one or both of an indication of the attachment configuration and a selection of an attachment configuration.

This utility model discloses a magnetic dustproof aluminum electrolytic cell leak-proof furnace temperature monitoring device, including a base, a cover plate, a high-temperature resistant magnet, a temperature sensor, and a mechanical temperature control switch. The base has an internal groove, with a magnet placement slot and a switch limiting through hole on the bottom plate of the groove. The high-temperature resistant magnet is placed in the magnet placement slot, and the mechanical temperature control switch is placed in the switch limiting through hole. The cover plate covers the opening of the groove, and the cover plate and the bottom plate of the groove are bolted together. One side of the cover plate has an open cavity to accommodate the mechanical temperature control switch, and grooves extending to both ends of the cover plate are provided on both sides of the open cavity. A connecting groove is provided on the end face of the groove on the base. The temperature sensor is located on the other side of the cover plate. This utility model can withstand harsh environments with high temperature and high magnetic field. It adopts a modular unit design, which allows for quick replacement of the acquisition unit in subsequent maintenance, thereby reducing later maintenance time.

The utility model provides a supporting platform and a storage system. The support platform is configured to detachably support and couple to a modular unit, such as a modular tool storage unit. The support platform includes one or more components that include a coupler configured to couple with the modular tool storage unit. The support platform includes sliding drawers and drawer locking elements that limit the number of drawers that can be fully extended from the housing.

The utility model discloses a lightweight nitrogen-making modular unit device capable of being quickly disassembled and assembled, which relates to the technical field of nitrogen making and comprises a base, a preparation tank is mounted at the top of the base, and the bottom of the preparation tank is fixed at the top of the base through support legs which are annularly distributed at equal intervals; an exhaust pipeline and an air inlet pipeline are arranged on the outer side of the preparation tank body, the exhaust pipeline and the air inlet pipeline are connected through a quick connection structure, the quick connection structure comprises a first sealing plug arranged in the exhaust pipeline in a sliding mode, and a second sealing ring is fixedly connected to the inner wall of the air inlet pipeline. According to the light-weight nitrogen-making modular unit device capable of being quickly disassembled and assembled, when pipelines are separated, a first reset spring pushes a first sealing plug to reset and is in interference fit with a first sealing ring, and a port of an exhaust pipeline is closed; and the second sealing plug of the gas inlet pipeline returns under the action of the second reset spring and forms one-way valve sealing with the second sealing ring, so that a gas leakage path is thoroughly blocked, and gas leakage or backward flowing of external impurities is prevented.

This invention discloses a foldable and liftable net cage device for marine ponds, belonging to the field of marine aquaculture equipment technology. Two sets of floating cage units are connected by a quick-connect mechanism and mechanically locked to form an integral floating platform. The production platform is equipped with at least two winches. The traction steel wire rope of the winch passes through the locking device and the steering wheel in sequence. The traction steel wire rope forms a closed-loop traction system through the lifting pulley group on the counterweight frame. The floating cage platform adopts a modular unit design, which supports prefabrication in shore factories and rapid assembly near the shore. Integration can be completed in ordinary ports, which greatly reduces the construction threshold. The entire structure is assembled in protected waters and towed to the target sea area as a whole, avoiding high-risk offshore operations. It retains the three-state capabilities of folding, lifting, and sinking, meeting the needs of the entire cycle of aquaculture, fish harvesting, wind shelter, and cleaning. The production platform and aquaculture net cage are designed separately, and the platform can be evacuated in extreme sea conditions, reducing the overall loss in extreme sea conditions.

A modular system is described which can provide high frequency monitoring of power use and responsive control as well as enabling network connectivity for centralised monitoring and operation. One modular system consists of a communications bus, end caps, and a combination of the modules providing communications, power metering, relay control and battery backup. Each modular system can be configured with a combination of modular units as needed for the application. A combination of bus communication monitoring and tilt detection provides security against external tampering after installation.

This utility model discloses a temperature acquisition unit for a magnetically self-fixed leak-proof aluminum electrolysis cell furnace, comprising a base, a cover plate, a high-temperature resistant magnet, a temperature sensor, and a mechanical temperature control switch. The base has an open groove inside, with a magnet placement slot and a switch placement through-hole on the bottom plate of the groove. The high-temperature resistant magnet is placed in the magnet placement slot, and the mechanical temperature control switch is placed in the switch placement through-hole. The cover plate has an opening in the groove and a connecting through-hole. The cover plate and the bottom plate of the groove are bolted together. The temperature sensor is located on the upper part of the cover plate. One end of the mechanical temperature control switch is electrically connected to the temperature sensor through the connecting through-hole, and the other end of the mechanical temperature control switch has a high-temperature wire. This utility model can withstand harsh environments with high temperatures and high magnetic fields. Its modular unit design allows for rapid replacement of the acquisition unit during subsequent maintenance, reducing maintenance time.